Xuejian Qiu

Papers

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About

Xuejian Qiu is a pioneering roboticist whose work bridges the gap between humanoid dexterity and wheeled efficiency. His primary research focuses on wheel-legged humanoid robots, particularly their mechanical design, balance control, and adaptive locomotion across diverse terrains. Qiu’s major contributions include developing novel control strategies that enable these hybrid robots to maintain stability on rough ground while transitioning seamlessly between upright and crawling modes—a critical capability for real-world deployment in disaster response or industrial inspection. His 2021 paper on system design and balance control (21 citations) laid the groundwork for electrically-driven platforms that mimic human dimensions, while his 2023 work on compliant motion control (27 citations) advanced terrain adaptability through dynamic posture adjustment. Notably, his 2022 study on locomotion transitions (17 citations) demonstrated a robot capable of switching from efficient wheeled travel to low-clearance crawling, addressing a key limitation of traditional humanoids. With a growing citation record, Qiu’s research is shaping the next generation of versatile, terrain-agnostic robots that combine the best of bipedal and wheeled mobility.